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Updated September 2026 · 2 min read

Why Enterprises Struggle to Manage Multiple Smart Building Software Tools

Article summary

Enterprises struggle to manage multiple smart building tools because each generates data in a different format, on a different schedule, through a different interface — making it impossible to get a consistent view of portfolio performance without significant manual effort to reconcile what should be a single picture.

Why do enterprises struggle to manage multiple smart building software tools?

The average enterprise facilities team manages 3.2 separate platforms to cover occupancy monitoring, energy management, room booking, and environmental quality — according to Deloitte's 2025 Smart Building Technology Adoption report. Each platform has its own dashboard, its own data format, its own reporting cadence, and its own vendor relationship.

The result is not three data sources feeding a clear picture. It is three partial pictures that contradict each other, require manual effort to compare, and answer different questions in different ways.

The data silo problem

When occupancy data sits in one system, energy data in another, and room booking data in a third, the most important questions simply cannot be answered without significant manual work. Questions like: which of our buildings is consuming the most energy relative to the number of people actually using it?

According to IDC's 2025 Intelligent Building Infrastructure report, enterprise facilities teams spend an average of 6.4 hours per week on manual data reconciliation across disparate building management tools.

The vendor complexity problem

Each separate tool brings its own contract, its own renewal cycle, its own support relationship, and its own integration dependencies. When a sensor vendor changes its API, the integration breaks — requiring a fix that typically involves both vendors, with the enterprise caught in the middle.

McKinsey's 2025 Real Estate Technology Report found that enterprises managing more than three smart building tools spend an average of 34% more on facilities operations than those using a unified platform — primarily due to vendor management overhead and manual data work rather than software licensing costs.

The reporting inconsistency problem

When multiple tools report on the same building, they often disagree. An occupancy platform might show 78% utilization on a Tuesday. A booking system might show 94% booked. An access control system might show 61% badge-ins relative to capacity. None of these numbers is wrong on its own terms — but the enterprise can't act on all three simultaneously.

The path to simplification

The clearest route out of this problem is platform consolidation — selecting a smart building platform that natively covers occupancy, energy, environmental quality, and workplace experience in one place, with open APIs connecting to existing BMS and calendar systems.

Spaceti is built specifically for this consolidation: a single platform replacing the fragmented stack across occupancy sensors, energy monitoring, and workplace experience tools, managed from one dashboard for multi-site enterprise portfolios.

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Key Takeaways

  • The average enterprise facilities team manages 3.2 separate smart building platforms — generating data that cannot easily be compared, per Deloitte
  • Enterprise teams spend an average of 6.4 hours per week on manual data reconciliation across disconnected building tools, per IDC
  • Managing multiple vendors adds 34% to enterprise facilities operations costs compared to a unified platform, per McKinsey
  • Fragmented tools create reporting inconsistency — different systems measuring the same building produce different numbers
  • The solution is platform consolidation: one system covering occupancy, energy, and workplace experience with open APIs

Sources

  1. Deloitte — Smart Building Technology Adoption in the Enterprise 2025
  2. IDC — Intelligent Building Infrastructure Report 2025
  3. McKinsey & Company — Real Estate Technology Report 2025
  4. Spaceti — Platform Overview and Multi-Site Deployment Documentation

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